Grade 12 PCMBC Platinum Pack
Computer Science, Physics, Chemistry, Maths, Biology, English
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Computer Science
Physics
Electric Charges and Fields (Number Of Videos: 6)
2) Electric Charges and Fields
3) Coulomb’s Law
4) Force Between Multiple Charges
5) Electric Field; Dipole
6) Solved Problems
Electrostatic Potential and Capacitance (Number Of Videos: 7)
2) Electrostatics of Conductors
3) Dielectric
4) Capacitor and Capacitence ; Parallel Plate Conductors
5) Effect of Dielectric ; Combination of Capacitors
6) Energy Stored in a Capacitor
7) Solved Problems
Current Electricity (Number Of Videos: 7)
2) Limitations of Ohm’s Law ; Resistivity of Various Materials
3) Temperature and Resistivity ; Combination of Resistors
4) Electrical Energy ; Power ; Cells; EMF; internal Resistance
5) Cells in Series ; Kirchoff’s Rule
6) Wheatstone Bridge ; Solved Problems
7) Potentiometer
Moving Charges and Magnetism (Number Of Videos: 10)
2) Biot Savart Law – Direction of Magnetic Field
3) Magnetic Field in the Axis of Circular Loop
4) Ampere Circutal Law
5) Cyclotron
6) Circular Motion, Solenoid and Toroid
7) Magnetic Field Between 2 Wires Carrying Current
8) Torque on Current Loop, Magnetic Dipole
9) Magnetic Moment, Circular Current Loop as a Magnetic Dipole
10) The Moving Coil Galvanometer, Sensitivity
Magnetism and Matter (Number Of Videos: 7)
2) Bar Magnet as a Equivalent Solenoid
3) The Dipole in a Uniform Magnetic Field ; Magnetism and Gauss’s Law
4) The Earth’s Magnetic Field , Magnetization, Magnetic Intensity – Part 1
5) Magnetization and Magnetic Intensity; Magnetic Properties of Materials – Part 2
6) Paramagnetism; Ferromagnetism
7) Relationship between B & H in Ferromagnetic Material; Permanent Magnets & Electromagnets
Alternating Current (Number Of Videos: 15)
2) Effective Current and Effective Voltage ;AC Voltage Source Connected across a Resistor
3) Representation of AC Current and Voltage by Rotating Vectors
4) AC Voltage Applied to an Inductor
5) Activity to Understand the AC Voltage is Connected to an Inductor
6) AC Voltage Source Connected across a Capacitor
7) AC Voltage Source Connected to a Series LCR
8) Disadvantages of Phasor Method;Analytical Solution
9) Resonance
10) Sharpness of Resonance
11) Power in an AC Circuit
12) LC Oscillations
13) Analogies between Mechanical & Electrical Quantities
14) Transformers – Part 1
15) Transformers – Part 2
Electromagnetic Waves (Number Of Videos: 5)
2) Displacement Current; Electromagnetic Waves
3) Properties of Electromagnetic Waves; Electromagnetic Spectrum – Part 1
4) Electromagnetic Spectrum – Part 2
5) Electromagnetic Spectrum – Part 3
Electromagnetic Induction (Number Of Videos: 11)
2) Electromagnetic Induction; Experiment 6.3; Magnetic Flux
3) Faraday’s Law of Electromagnetic Induction; Lenz’s Law of Conservation of energy
4) Motional Electromotive Force
5) Energy Consideration; Eddy Currents – Part 1
6) Eddy Currents – Part 2; Magnetic Braking; EM Damping;Induction Furnace; Electric Meter
7) Inductance
8) Mutual Inductance
9) Self Inductance
10) Self Inductance Plays Role of Inertia
11) AC Generator
Ray Optics and Optical Instruments (Number Of Videos: 17)
2) Spherical Mirrors
3) Focal Length
4) Mirror Equation; Linear Magnification
5) Refraction
6) Lateral Shift
7) Atmospheric Refraction; Total Internal Reflection
8) Mirage; Diamond Prism; Optical Fibres
9) Refraction by a Lens
10) The lens Makers Formula; Power of Lens; Combination of Thin Lenses in Contact
11) Refraction through a Prism
12) Dispersion
13) Rainbow formation; Scattering of Light
14) Human Eye
15) Eye Defects
16) Microscope
17) Compound Microscope
Wave Optics (Number Of Videos: 13)
2) Huygens Principle; Refraction of Plane Wave
3) Refraction at a Rarer Medium; Coherent and Incoherent Addition of Waves – Part 1
4) Constructive and Destructive Overlap
5) Coherent and Incoherent Addition of Waves – Part 2; Doppler’s Effect
6) Young’s Double Slit Experiment
7) Path Difference; Fringe Width
8) Sustained Interference; Diffraction
9) Maxima; Secondary Maxima; Comparison between Diffraction and Interference
10) Resolving Power in Optical Instruments; Diffraction in Resolving Power of Telescope – Part 1
11) Diffraction in Resolving Power of Telescope – Part 2; Validity of Wave Optics
12) Polarised Wave and Unpolarised Wave; Polarisation
13) Polarisation by Polaroid
Dual Nature of Radiation and Matter (Number Of Videos: 10)
2) Electron Emission; Types of Electron Emission
3) Photoelectric Effect – Part 1
4) Photoelectric Effect – Part 2
5) Experimental Observation of Photoelectric Effect – Part 1
6) Experimental Observation of Photoelectric Effect – Part 2; Photoelectric Effect and Wave Theory of Light
7) Einstein’s Photoelectric Equation – Part 1
8) Einstein’s Photoelectric Equation – Part 2
9) Photon Picture of Radiation; Wave Nature of Matter – De Broglie’s Hypothesis
10) Heisenberg’s Uncertainty Principle; Davisson – Germer Experiment
Atoms (Number Of Videos: 7)
2) Rutherford’s Nuclear Model of Atom
3) Drawbacks of Rutherford’s Model; Atomic Spectra – Part 1
4) Atomic Spectra – Part 2; Types of Spectrums
5) Spectral Series – Part 1
6) Spectral Series – Part 2; Bohr’s Model of Hydrogen Atom; Bohr’s Radius
7) Energy of Orbits; Drawbacks of Bohr’s Model; De Broglie’s Hypothesis
Nuclei (Number Of Videos: 12)
2) Nuclide; Einstein’s Mass Energy Equivalence
3) Nuclear Binding Energy per Nucleon
4) Nuclear Force; Radioactivity
5) Experiment of Radioactive; Radioactive Nuclides; Radioactive Decay
6) Law of Radioactive Decay; Generalised Expression for Law of Radioactive Decay
7) Decay Rate; Mean Life of Radioactive Sample
8) Alpha Decay; Beta Decay
9) Gamma Decay; Comparison between Alpha, Beta and Gamma Decay
10) Nuclear Energy; Types of Nuclear Fission Reactions
11) Nuclear Reactor – Part 1
12) Nuclear Reactor – Part 2
Semiconductor Electronics; Materials,Devices and Simple Circuits - Part 1 (Number Of Videos: 19)
2) Classification of Metals, Conductors and Semiconductors – On the Basis of Conductivity
3) Classification of Metals, Conductors and Semiconductors – On the Basis of Energy Bands – Part 1
4) Classification of Metals, Conductors and Semiconductors – On the Basis of Energy Bands – Part 2; Intrinsic Semiconductor
5) P-n Junction – Part 1
6) P-n Junction – Part 2
7) Intrinsic and Extrinsic Semiconductors
8) n – type Semiconductor; P- type Semiconductor
9) Energy Band Diagram of n – type Semiconductor & P – type Semiconductor; Semiconductor Diode
10) Semiconductor Diode – Forward Bias
11) Semiconductor Diode – Reverse Bias
12) V-I Characteristics of Diode; Half Wave Rectifier; Full Wave Rectifier
13) Filters; Zener Diode – Part 1
14) Zener Diode – Part 2
15) Zener Diode as a Voltage Regulator
16) Opto Electronic Devices – Part 1
17) Opto Electronic Devices – Part 2
18) Opto Electronic Devices – Part 3; Digital Electronics
19) Logic Gates
Semiconductor Electronics; Materials,Devices and Simple Circuits - Part 2 (Number Of Videos: 7)
2) Pnp Transistor – Part 2; Common Emitter Transistor Characteristics – Part 1
3) Common Emitter Transistor Characteristics – Part 2
4) Input Resistance; Output Resistance; Current Amplification Factor; Transistor as a Device
5) Transistor as a Switch – Part 1
6) Transistor as a Switch – Part 2; Transistor as an Amplifier
7) Feedback Amplifier and Transistor Oscillator
Communication Systems (Number Of Videos: 11)
2) Elements in the Communication System ; Modulation
3) Bandwidth of Signals; Bandwidth of Transmission Medium
4) Data Representation of Signals
5) Attenuation; Amplification; Range; Bandwidth
6) Propagation of Waves; Different Layers of Atmosphere – Part 1
7) Different Layers of Atmosphere – Part 2
8) Modulation – Part 1
9) Modulation – Part 2; Amplitude Modulation – Part 1
10) Amplitude Modulation – Part 2; Production of Amplitude Modulated Wave – Part 1
11) Production of Amplitude Modulated Wave – Part 2; Transmitting Antenna and Receiving Antenna
Chemistry
Solid State Part - 1 (Number Of Videos: 17)
1) Introduction
2) Classification of Solids
3) Types of Crystalline Solids – Part 1
4) Types of Crystalline Solids – Part 2
5) Crystal Lattices/Unit Cells
6) Types of Unit Cells
7) Crystal Systems
8) Number of Atoms in Unit Cells – Part 1
9) Number of Atoms in Unit Cells – Part 2
10) Closed Packed Structures
11) 3 Dimensional Closed Packing
12) Formula of a Compound and Number of Voids Filled
13) Example 1.2
14) Locating Tetrahedral Void
15) Packing Efficiency in HCP and CCP
16) Packing Efficiency in Body Centered Cubic Structures
17) Packing Efficiency in Simple Cubic Lattice; Calculations
Solutions (Number Of Videos: 15)
1) Introduction
2) Expressing Concentration of Solutions – Part 1
3) Expressing Concentration of Solutions – Part 2
4) Examples; Solublity – Part 1
5) Solublity – Part 2
6) In Text Questions 2.5, 2.6 & 2.7
7) Vapour Pressure of Solutions
8) Text Book Questions
9) Vapour Pressure of Solutions of Solids in Liquids; Ideal Solutions
10) Non Ideal Solutions; Azetrophs
11) Colligative Properties and Determination of Molar Mass
12) Elevation of Boiling Point
13) Depression of Freezing Point
14) Osmosis , Reverse Osmosis, Abnormal Molar Mass
15) Van’t Hoff Factor and Solved Problems
Electrochemistry (Number Of Videos: 7)
1) Introduction
2) Voltaic Cell
3) Measurement of Electrode Potential
4) Equilibrium Constant from Nernst Equaton
5) Conductance of Electrolytic Solutions
6) Law of Independent Migration of Ions ; Electrolysis
7) Products of Electrolysis
Chemical Kinetics Part - 1 (Number Of Videos: 8)
1) Rate of Chemical Reactions
2) Average and Instantaneous Rate
3) Reactions – Different Stoichiometry Coefficients
4) Rate Law Expressions Part 1
5) Rate Law Expressions Part 2
6) Unimolecular and Complex Reactions
7) Molecularity of a Reaction
8) Integrated Rate Equations Part 1
Chemical Kinetics Part - 2 (Number Of Videos: 8)
1) Integrated Rate Equations Part 2
2) Integrated Rate Equations Part 3
3) Problem Solving – 1
4) Effect of Temperature on the Rate of a Reaction Part 1
5) Effect of Temperature on the Rate of a Reaction Part 2
6) Arrhenius Equation
7) Effect of Catalyst, Collision Theory
8) Collision Theory Part 2
Surface Chemistry (Number Of Videos: 14)
1) Introduction
2) Distinction Between Adsorption and Absorption
3) Types of Adsorption
4) Adsorption Isotherms
5) Applications of Adsorption and Catalysts
6) Mechanism of Enzyme catalysis,Catalysis in Industry
7) Adsorption theory of Heterogeneous catalysis;Features of Solid catalyst – Part 1
8) Features of Solid catalyst – Part 2;Shape Selective Catalysis,Enzyme catalysis
9) Colloids; Types of Colloids; Classification of Colloids – Part 1
10) Classification of Colloids – Part 2
11) Preparation of Colloids & Purification of Colloids
12) Properties of Colloids – Part 1
13) Properties of Colloids – Part 2
14) Emulsions;Colloids around us;Application & Uses of Colloids
Solid State Part - 2 (Number Of Videos: 6)
1) Imperfections in Solids – Part 1
2) Imperfections in Solids – Part 2
3) Electrical Properties
4) Conduction of Electricity in Semiconductors
5) Applications of n-Type and p-Type Conductors
6) Classification of Solids
General Principles and Processes of Isolation of Elements (Number Of Videos: 6)
1) Occurrence of Metals; Concentration of Ores
2) Extraction of Crude metal from Concentrated ore; Thermodynamic Principles of Metallurgy
3) Extraction of Iron from its Oxides & Copper from its Oxides
4) Extraction of Zinc & Aluminium from its Oxides; Oxidation & Reduction
5) Refining – Part 1
6) Refining – Part 2
The p-Block Elements (Number Of Videos: 12)
1) Introduction; Group 15 Elements
2) Ionisation Enthalpy;Electronegativity;Physical & Chemical Properties – Group 15
3) Ammonia; Oxides of Nitrogen,Phosphorus
4) Chemical Properties of Group 15 Elements
5) p- Block – Group 16 Elements; Dioxygen
6) Simple Oxides; Ozone
7) Sulphur – Part 1
8) Sulphur – Part 2
9) Group 17 Elements
10) Chlorine
11) Oxoacids of Halogen; Interhalogen Compounds
12) Group 18 Elements
The d- and f- Block Elements (Number Of Videos: 11)
1) The d- and f- Block Elements
2) Atomization Enthalpy
3) Oxidation States
4) Magnetic Properties;Formation of Coloured Ions;Interstitial Compounds;Alloys and Complex Compounds
5) Standard Electrode Potential,Trends
6) Trends and Stability of Higher Oxidation States; Compounds of d- Block Elements – Part 1
7) Compounds of d- block Elements – Part 2
8) The Lanthanides – Part 1
9) The Lanthanides – Part 2
10) The Actinides – Part 1
11) The Actinides – Part 2
Coordination Compounds (Number Of Videos: 9)
1) Introduction
2) Coordination Polyhedron;Oxidation Number ;Werner’s Theory
3) Werner’s Theory of Coordination Compounds
4) Nomenclature of Coordination Compounds
5) Writing Formulas of IUPAC Names; Valence Bond Theory – Part 1
6) Isomerism in Coordination Compounds
7) Limitations of Valence Bond Theory; Crystal Field Theory (CFT) (Octahedral Complexes)
8) Crystal Field Theory ( Tetrahedral Complexes); Colour in Coordination Complexes; Bonding in Metal Carbonyls
9) Stability of the Coordination Compounds & Applications
Haloalkanes and Haloarenes (Number Of Videos: 8)
2) Nomenclature – Part 1; Nature of C-X Bond; Methods of Preparation – Part 1
3) Methods of Preparation – Part 2; Physical Properties
4) Chemical Reactions – Part 1
5) Chemical Reactions – Part 2
6) Stereochemical Aspects of Nucleophilic Substitution Reaction
7) Nomenclature – Part 2
8) Halogen Exchange; Reaction of Haloarenes; Polyhalogen Compounds
Alcohols, Phenols and Ethers (Number Of Videos: 13)
1) Nomenclature; Alcohols
2) Nomenclature; Phenols and Ethers; Structure of Functional Groups
3) Preparation of Alcohols & Phenols
4) Physical Properties of Alcohols, Phenols; Chemical Reactions
5) Electrophilic Aromatic Substitution & Important Reactions of Phenols
6) Some Commercially Important Alcohols
7) Cleavage of – OH Bond
8) Esterification & Its Applications
9) Preparation of Ethers
10) Chemical Reaction of Ethers
11) Friedel Crafts Alkylation Reaction & Acylation Reaction; Williamson Ether Synthesis
12) Acid Dissociation; Acidity of Alcohols; Cleavage of C-O Bond in Ethers
13) Williamson Synthesis of Ethers
Biomolecules (Number Of Videos: 10)
1) Introduction
2) Classification of Carbohydrates; Preparation & Structure of Glucose – Part 1
3) Preparation & Structure of Glucose – Part 2
4) Cyclic Structure of Glucose; Structure of Fructose; Disaccharides; Sucrose
5) Disaccharides- Maltose, Lactose; Polysaccharides – Starch, Glycogen
6) Polysaccharides – Cellulose; Importance of Carbohydrate; Proteins
7) Types of Proteins; Structure of Proteins; Denaturation of Proteins; Enzymes
8) Vitamins; Nucleic Acids – Part 1
9) Nucleic Acids – Part 2; Double Strand Helix of DNA
10) Classification of Amino Acids; Zwitter Ion; Structure of Proteins; Structure of Fructose
Aldehydes, Ketones & Carboxylic Acids (Number Of Videos: 15)
2) Chemical Properties of Carboxylic Acids – Part 2
3) Carbonyl Group & Its Structure; Oxidation of Alcohol
4) Methods of Preparation of Aldehydes & Ketones
5) Mechanism of Nucleophilic Attack on the Carbonyl Group
6) Chemical Reactions Involving Nucleophilic Attack; Reduction Reaction
7) Wolff- Kishner Reduction Oxidation Reaction; Haloform Reaction
8) Electrophilic Substitution Reaction; Physical Properties of Aldehydes & Ketones; Hydration of Alkynes
9) Reduction of Nitriles & Esters; Preparation of Ketones; Chemical Properties of Carboxylic Acids
10) Resonance & Stability of Carboxylate Ion; Acidic Property & Dissociation Constant of Carboxylic Acid
11) pKa Values & Effect of Substituent Group on Carboxylic Acids
12) Preparation of Carboxylic Acids
13) Reaction of Alpha – Hydrogen in Aldehydes & Ketones; Aldol Condensation; Cross Condensation – Part 1
14) Cross Condensation – Part 2; Cannizzaro Reaction; Uses of Aldehydes & Ketones
15) Nomenclature of Aldehyde, Ketones & Carboxylic Acids
Chemistry in Everyday Life (Number Of Videos: 4)
2) Receptors as Drug Targets; Therapeutic Action of Different Classes of Drugs – Part 1
3) Therapeutic Action of Different Classes of Drugs – Part 2
4) Cleansing Agents: Soaps, Synthetic Detergents
Polymers (Number Of Videos: 3)
2) Preparation of Addition Polymers; Condensation Polymerisation
3) Rubber – Types of Rubber; Biodegradable Polymers; Addition Polymers
Amines (Number Of Videos: 17)
2) Preparation of Amines – Part 1
3) Preparation of Amines – Part 2
4) Classification of Amines
5) Physical Properties of Amines
6) Boiling Point; Nomenclature of Amines
7) Chemical Reactions; Structure – Basicity Relationship of Amines
8) Acylation Reactions – Part 1
9) Acylation Reactions – Part 2; Carbylamine Test
10) Reaction of Aliphatic & Aromatic Amines with Nitrous Acid
11) Bromination Reactions of Aromatic Amines
12) Diazonium Salts – Preparation & Properties; Displacement Reactions
13) Replacement of H group & Coupling Reaction of Diazonium Salts; Displacement Reactions – Part 1
14) Displacement Reactions – Part 2
15) Reaction of Amines with Salts with Aryl Sulphonyl Chloride
16) Nitration & Sulphonation Reactions of Aromatic Amines
17) Sandmeyer Reaction
Maths
Relations and Functions (Number Of Videos: 12)
1) Equivalence Relation
2) Equivalence Relation – Problems
3) Types of Functions
4) Composite Functions. Exercise.1.3 [3(ii), 4]
5) Invertible Function, How to find the Value of Inverse, Exercise.1.3 [5]
6) Exercise.1.3 [8,11,13]
7) Exercise.1.3 [14], Binary Operations; Exercise.1.4 [1(i,iii),2,9(ii)]
8) Exercise.1.4 [9(i,v),11]; Identity Element
9) Exercise 1.1 (2, 3, 4 & 5)
10) Exercise 1.1 ( 6, 7, 9 i, 9 ii)
11) Exercise 1.1 [10 ( i, ii, iii, iv, v), 15, 16]
12) Exercise1.4 [6(i,ii,iii,iv,v),7,8,12(i,ii),13]
Inverse Trigonometric Functions (Number Of Videos: 7)
1) Introduction, Properties; Exercise.2.1 [2, 3, 4]
2) Exercise.2.2 [1, 2, 3, 4, 5]
3) Exercise.2.2 [6, 7, 8, 9, 10]
4) Exercise.2.2 [11, 12, 13, 14, 15, 16]
5) Exercise.2.2 [17, 18, 19, 20, 21]
6) Miscellaneous Exercise [3, 4, 5, 8]
7) Exercise 2.1 (1,5,6,7,8,9,10,11,12,13)
Matrices - Part 1 (Number Of Videos: 4)
1) Introduction, Types of Matrices, Operations on Matrices
2) Transpose of a Matrix, Results of Transpose of a Matrix, Exercise 3.1 [1, 2]
3) Exercise 3.1 [4, 5]
4) Exercise 3.1 [6, 7, 9]
Matrices - Part 2 (Number Of Videos: 14)
1) Exercise 3.2 [1(i, i, iii, iv, v), 2(i, ii, iii, iv), 3(i, ii, iii)
2) Exercise. 3.2 [3 (iv, v, vi), 4, 5]
3) Exercise. 3.2 [6, 7 (i, ii), 8, 9]
4) Exercise. 3.2 [10, 11, 12,13]
5) Exercise. 3.2 [14(i, ii)]
6) Exercise. 3.2 15, 16
7) Exercise. 3.2 17, 18
8) Exercise. 3.3 [ 1(i, ii, iii), 2(i, ii), 3(i, ii) , 4]
9) Exercise 3.3 [5 (i, ii), 6(i, ii)]; Concept of Symmetric and Skew Symmetric Matrix
10) Exercise 3.3 [8(i, ii), 9, 12, 10(i)]
11) Exercise 3.3 [ 10 (iv)]; Ex 3.4 [1]
12) Exercise 3.4 [2, 3, 4, 5,6]
13) Exercise 3.4 [7, 8, 9, 10, 11]
14) Exercise. 3.4 [12, 13, 14, 15]
Determinants - Part 2 (Number Of Videos: 6)
2) Exercise 4.5 (15,16)
3) Consistency of system of equations ; Exercise 4.6 (1,2,3,4,5,6)
4) Exercise 4.6 (7,8,9,10,11)
5) Exercise 4.6 (12,13,14)
6) Exercise 4.6 (15);Miscellaneous Exercise (16)
Determinants - Part 1 (Number Of Videos: 11)
1) Introduction To Determinants; Exercise 4.1 [1, 2(i, ii), 3, 4]
2) Exercise 4.1 [5 (i,ii,iii,iv) , 6, 7 (i,ii), 8]
3) Properties of Determinants ; Exercise 4.2(1)
4) Exercise 4.2( 2 TO 5)
5) Exercise 4.2[ 6,7,8 (i,ii)]
6) Exercise 4.2[9,10(i,ii),11(i)]
7) Exercise 4.2[11(ii),12,13,14]
8) Area of triangle and Collinearity; Exercise 4.3 [ 1-(i,ii,iii),2,3(i,ii) ] ; Equation of line joining given two points
9) Exercise 4.3 [ 4(i,ii),5];Minors and Cofactors;Exercise 4.4 [1(i,ii),2(i),3,4]
10) Adjoint of Matrix;Exercise 4.5 (1,2,3,4)
11) Exercise 4.5 (5 to 10)
Continuity and Differentiability (Number Of Videos: 19)
1) Introduction; Properties of Continuity
2) Exercise 5.1 (3-d,4,5,6,7)
3) Exercise 5.1 (8 to 13)
4) Exercise 5.1 (14 to 18, 20)
5) Exercise 5.1 (21 a,b,c)
6) Exercise 5.1 (22,23,24)
7) Differentiability; Exercise 5.3 (1 to 10)
8) Exercise 5.3 (11,13,14,15);Exercise 5.4 (1 to 10)
9) Exercise 5.5 (1 to 4)
10) Exercise 5.5 (5 to 8)
11) Exercise 5.5 (9 to 13)
12) Exercise 5.5 (14,15,16,17a)
13) Exercise 5.6 (1 to 7)
14) Exercise 5.6 (8 to 11); Exercise 5.7 (1 to 5)
15) Exercise 5.7 (6 to 11)
16) Exercise 5.7 (13 to 17)
17) Rolle’s theorem; Exercise 5.8 (1 to 4)
18) Exercise 5.1 (26 to 30)
19) Exercise 5.2 (1 to 9)
Application of Derivatives - Part 1 (Number Of Videos: 10)
1) Application of Derivatives; Rate of Change of Quatities ;Exercise 6.1 (1 to 4)
2) Exercise 6.1 (5 to 9)
3) Exercise 6.1 (10 to 18)
4) Increasing and Decreasing Functions; Theorem 1; Exercise 6.2 (1 to 5)
5) Exercise 6.2 (7,6)
6) Exercise 6.2 (9,10 ,13 to 16)(17 to 19)
7) Tangents & Normals; Exercise 6.3 (1 to 5)
8) Exercise 6.3 (7 to 11)
9) Exercise 6.3 (13,14)
10) Exercise 6.3 (15 to 17)
Application of Derivatives - Part 2 (Number Of Videos: 20)
1) Exercise 6.3 (18 to 21)
2) Exercise 6.3 (22 to 26)
3) Exercise 6.4 [1 – (i to v)]
4) Exercise 6.4 [1 – (vi to xii)]
5) Exercise 6.4 [1 – (vi to xii),2,3]
6) Exercise 6.4 (4,5,6,7,8)
7) Exercise 6.4 (9) ;Exercise 6.5 [1-(a,b,c,d)]
8) Exercise 6.5 [2 – (i to v)]
9) Exercise 6.5 [3 – (i to iv)]
10) Exercise 6.5 [3 – (v to viii)]
11) Exercise 6.5 [4- (a,b,c),5-(a,b,c)]
12) Exercise 6.5 (5,6,7)
13) Exercise 6.5 (8,9,11)
14) Exercise 6.5 (12 to 14)
15) Exercise 6.5 (15 to 17)
16) Exercise 6.5 (19 to 20)
17) Exercise 6.5 (21,22)
18) Exercise 6.5 (23)
19) Exercise 6.5 (24,25)
20) Exercise 6.5 (27,28,29)
Integrals - Part 1 (Number Of Videos: 25)
1) Integrals ; Exercise 7.1 (1 to 7)
2) Exercise 7.1 (8,9,12,13,14,15)
3) Exercise 7.1 (16 to 21)
4) Exercise 7.1 (22) ;Exercise 7.2 (1 to 5)
5) Exercise 7.2 (6 to 10)
6) Exercise 7.2 (11 to 17)
7) Exercise 7.2 (18,21 to 26)
8) Exercise 7.2 (27 to 33)
9) Exercise 7.2 (34 to 39); Exercise 7.3 (1,2)
10) Exercise 7.3 (3,5,6)
11) Exercise 7.3 (7 to 10)
12) Exercise 7.3 (11 to 13)
13) Exercise 7.3 (14 to 18)
14) Exercise 7.3 (20,21)
15) Exercise 7.3 (22 to 24); Exercise 7.4(1)
16) Exercise 7.4 (2,4,5,6)
17) Exercise 7.4 (7 to 11)
18) Exercise 7.4 (12 to 14)
19) Exercise 7.4 (15 to 17)
20) Exercise 7.4 (18)
21) Exercise 7.4 (19,20)
22) Exercise 7.4 (21,22)
23) Exercise 7.4(23 to 25)
24) Exercise 7.5 (1 to 3)
25) Exercise 7.5 (4,5)
Application of Integrals (Number Of Videos: 6)
1) Introduction
2) Exercise 8.1(1,2,3)
3) Exercise 8.1(8,9,10)
4) Exercise 8.1(11,12,13); Exercise 8.2(1)
5) Exercise 8.2(2,3)
6) Exercise 8.2(4,6,7)
Differential Equations (Number Of Videos: 17)
1) Introduction
2) Exercise 9.4(11)
3) Exercise 9.4(12,13,14,16)
4) Exercise 9.2(1,2,3,4,5,6)
5) Exercise 9.2(7,8,9,10,11,12)
6) Exercise 9.3(1,2,5,10,11,12)
7) Exercise 9.4(1,2,3,4,5,6,7,9)
8) Exercise 9.4(17,18,19)
9) Exercise 9.4(22,23);Exercise 9.5(1)
10) Exercise 9.5(2,3,4)
11) Exercise 9.5(5,6,7)
12) Exercise 9.5(8,9,10)
13) Exercise 9.5(12,17)
14) Exercise 9.6(1,2,3,5)
15) Exercise 9.6(6,7,8,10)
16) Exercise 9.6(11,12,13,14,15)
17) Exercise 9.6(16,17,18,19)
Integrals - Part 2 (Number Of Videos: 23)
1) Exercise 7.5 (9,10)
2) Exercise 7.5 (11,12)
3) Exercise 7.5 (13 to 15)
4) Exercise 7.5 (16 to 18)
5) Exercise 7.5 (20 to 23)
6) Exercise 7.6 (1 to 5)
7) Exercise 7.6 (6 to 9)
8) Exercise 7.6 (10 to 14)
9) Exercise 7.6 (15 to 21)
10) Exercise 7.6 (22 to 24); Exercise 7.7 (1,2)
11) Exercise 7.7 (3,4,5,6)
12) Exercise 7.7 (7 to 11)
13) Definite Integrals ; Exercise 7.8(1,2)
14) Exercise 7.8(4)
15) Exercise 7.8(5.6)
16) Exercise 7.9(1 to 8)
17) Exercise 7.9(15 to 18)
18) Exercise 7.9(19,21,22); Exercise 7.10(1)
19) Exercise 7.10(2,3)
20) Exercise 7.10(4,5,7,8)
21) Exercise 7.11(2,3,4,5)
22) Exercise 7.11(7,8,9,10)
23) Exercise 7.11(15,17,18,19,20,21)
Vector Algebra (Number Of Videos: 7)
1) Introduction
2) Exercise 10.2 (2,3,4,6,7,9,10)
3) Exercise 10.2 (12 to 18)
4) Exercise 10.3 (1 to 7)
5) Exercise 10.3 (8 to 15)
6) Exercise 10.3 (18); Exercise 10.4 (1,2,3,5);
7) Exercise 10.4 (6,7,9,10,11,12)
Three Dimensional Geometry (Number Of Videos: 10)
1) Introduction
2) Exercise 11.1(1,2,3,4)
3) Exercise 11.1(5);Exercises 11.2(1,2,3,4)
4) Exercise 11.2(6,7,12)
5) Exercise 11.2(13,14,15)
6) Exercise 11.2(16,17);Exercise 11.3(1)
7) Exercise 11.3(3,4,7)
8) Exercise 11.3(8,9,10)
9) Exercise 11.3(11,12,13)
10) Exercise 11.3 [14(a,b,c,d)]
Linear Programming (Number Of Videos: 9)
1) Introduction
2) Exercise 12.1(4,5)
3) Exercise 12.1(6,7)
4) Exercise 12.2(1,2)
5) Exercise 12.2(3,4)
6) Exercise 12.2(5)
7) Exercise 12.2(6,7)
8) Exercise 12.2(8)
9) Exercise 12.2(9,11)
Probability (Number Of Videos: 16)
1) Introduction
2) Exercise 13.1(1 to 5)
3) Exercise 13.1[6(i,ii)]
4) Exercise 13.1[6(iii),8,9]
5) Exercise 13.1(10,11)
6) Exercise 13.1(12,14,15); Exercise 13.2(1,2)
7) Exercise 13.2(3,5,8,11)
8) Exercise 13.2(10,16)
9) Exercise 13.2(6,7,9,12,15)
10) Exercise 13.3(1,3,4)
11) Exercise 13.3(5,6,7)
12) Exercise 13.3(8,9,10,11)
13) Exercise 13.3(12,13); Exercise 13.4(1,2,3)
14) Exercise 13.4(4,6)
15) Exercise 13.4(9,11,14)
16) Exercise 13.5(1,9,12,13)
Biology
Reproduction in Organisms (Number Of Videos: 5)
1) Introduction
2) Asexual Reproduction
3) Gamatogenesis and Sexuality
4) Sexual Reproduction in Organisms
5) Events Involved in Sexual Reproduction
Sexual Reproduction in Flowering Plants - Part 1 (Number Of Videos: 3)
1) Introduction
2) Internal Structure of Anther
3) Formation of Male Gamatophyte
Sexual Reproduction in Flowering Plants - Part 2 (Number Of Videos: 9)
1) Megasporangium and Development of Female Gamatophyte
2) Pollination
3) Adaptation Based on the Agent of Pollination
4) Adaptation Based on the Agencies – Part 1
5) Adaptation Based on the Agencies – Part 2
6) Fertilization
7) Post Fertilization Changes
8) Development of Dicot and Monocot Embryo
9) Post Fertilization Changes continued; Artificial Hybridization
Human Reproduction Part - 1 (Number Of Videos: 13)
1) Introduction
2) Hormonal Control of Male and Female Reproductive Organs
3) Male Reproductive System – Part 1
4) Male Reproductive System – Part 2
5) Female Reproductive System – Part 1
6) Female Reproductive System – Part 2
7) Spermatogenesis
8) Structure of Sperm
9) Oogenesis
10) Structure of Egg; Comparision of Gamates
11) Menstrual Cycle
12) Fertilization – Part 1
13) Fertilization – Part 2
Reproductive Health (Number Of Videos: 7)
1) Introduction
2) Methods of Contraception – Part 1
3) Methods of Contraception – Part 2
4) Amniocentesis and Std’s
5) Infertilty and Assissted Reproductive Techniques
6) Question and Answers – Part 1
7) Question and Answers – Part 2
Human Reproduction Part - 2 (Number Of Videos: 4)
1) Fertilization – Part 3
2) Cleavage of Zygote
3) Implantation
4) Parturition and Lactation
Principles of Inheritance and Variation (Number Of Videos: 20)
1) Introduction
2) Mendel’s Laws of Inheritance
3) Inheritance of One Gene
4) Phenotype and Genotype of Trihybrid Cross
5) Types of Cross
6) Variations From Mendel’s Principles
7) Pleiotropy; Complementary Genes
8) Colaborator Gene; Duplicating Genes
9) Polygenic Inheritance
10) Epistasis; Supplementary Genes
11) Sex Determination
12) Mutation – Part 1
13) Mutation – Part 2
14) Mutation – Part 3
15) Genetic Disorders – Part 1
16) Genetic Disorders – Part 2
17) Genetic Disorders – Part 3
18) Linkage and Gene Mapping
19) Chromosomal Theory of Inheritance; Pedigree Analysis
20) Important Terms
Molecular basis of Inheritance - Part 1 (Number Of Videos: 7)
1) Introduction
2) Nucleotide Structure of DNA
3) Types of DNA; Important Terms Related to DNA
4) RNA; Types of RNA, mRNA
5) tRNA,rRNA; Structure of Nucleosome
6) Hershey & Chase Experiment; Properties of Genetic Material (DNA vs RNA)
7) DNA Replication & Enzymes Involved- Part 1
Molecular basis of Inheritance - Part 2 (Number Of Videos: 10)
1) DNA Replication – Part 2
2) DNA Replication – Part 3; Semi-Conservative Way of Replication
3) Transcription Unit
4) Genetic Code & Its Salient Features
5) Translation- Part 1
6) Translation- Part 2
7) Reverse Transcription; Regulation of Gene Expression
8) Operon; Inducible Operon
9) Human Genome Project
10) DNA Fingerprinting
Evolution (Number Of Videos: 12)
1) Introduction
2) Theories of Origin of Life; Biogenesis and Modern Theory
3) Evidences of Evolution – Part 1
4) Evidences of Evolution – Part 2
5) Evidences of Evolution – Part 3
6) Theories of Evolution – Lamarck’s Theory of Inheritance & Acquired Characteristics
7) Theories of Evolution – Darwin’s Theory of Natural Selection;Mutation Theory of Evolution;Neo-Darwinism
8) Examples of Natural Selection – Industrial Melanism and DDT Resistance in Mosquitoes
9) Types of Natural Selection – Artificial Selection
10) Population Genetics; Hardy Weinberg Principle; Evolution of Humans
11) Urey-Miller Experiment; Evidences of Evolution
12) Evidences of Evolution – Part 4
Organisms and Populations (Number Of Videos: 7)
1) Introduction
2) Major Abiotic Factors; Response to Abiotic Factors – Part 1
3) Response to Abiotic Factors – Part 2; Adaptations; Populations
4) Age Pyramid; Population Growth; Growth Models
5) Population Interactions; Predation
6) Competitions
7) Parasitism; Commensalism; Mutualism
Biotechnology and Its Applications (Number Of Videos: 4)
1) Introduction
2) Biotechnology Applications in Agriculture – Part 1
3) Biotechnology Applications in Agriculture – Part 2; Biotechnology Applications in Medicine – Part 1
4) Biotechnology Applications in Medicine – Part 2; Transgenic Animals; Ethical Issues
Human Health and Diseases (Number Of Videos: 9)
1) Introduction
2) Common Diseases in Humans; Life Cycle of Plasmodium; Immunity
3) Structure of an Antibody; Principle of Vaccination & Immunisation; Allergy
4) Auto Immunity; Immune System of the Body; AIDS
5) Replication of Retrovirus; HIV; Prevention of AIDS
6) Cancer; Characteristic Features of Cancer Cells; Cancer Detection and Diagnosis
7) Drug and Alcohol Abuse – Part 1
8) Drug and Alcohol Abuse – Part 2
9) Drug and Alcohol Abuse – Part 3
Strategies for Enhancement in Food Production (Number Of Videos: 6)
1) Introduction
2) Animal Husbandry; MOET; Bee Keeping
3) Fisheries; Plant Breeding
4) Green Revolution; Plant Breeding for Disease Resistance
5) Mutational Breeding; Plant Breeding for Developing Insect Resistance
6) Single Cell Proteins; Tissue Culture; Somatic Hybridisation
Microbes in Human Welfare (Number Of Videos: 3)
1) Introduction
2) Sewage Treatment; Microbes in Production of Biogas
3) Biogas Plant; Microbes as Biocontrol Agents and Biofertilizers
Biotechnology : Principles and Processes (Number Of Videos: 6)
1) Introduction
2) Origin of Replication; Tools for DNA recombinant technology
3) Vector DNA; Alien DNA; Separation and Isolation of DNA Fragments
4) Cloning Vectors
5) Competent Host; Process of Recombinant DNA technology – Part 1
6) Process of Recombinant DNA technology – Part 2
Biodiversity and Conservation (Number Of Videos: 6)
1) Introduction
2) Air Pollution
3) Water Pollution – Part 1
4) Water Pollution – Part 2
5) Solid Waste – Part 1
6) Solid Waste – Part 2; Agrochemicals and Their Effects; Radioactive Wastes
7) Greenhouse Effect; Ozone Depletion in the Stratosphere – Part 1
8) Ozone Depletion in the Stratosphere – Part 2; Degradation by Improper Resource Utilisation and Maintenance
9) Deforestation; Conservation of Forests
Environmental Issues (Number Of Videos: 9)
1) Introduction
2) Air Pollution
3) Water Pollution – Part 1
4) Water Pollution – Part 2
5) Solid Waste – Part 1
6) Solid Waste – Part 2; Agrochemicals and Their Effects; Radioactive Wastes
7) Greenhouse Effect; Ozone Depletion in the Stratosphere – Part 1
8) Ozone Depletion in the Stratosphere – Part 2; Degradation by Improper Resource Utilisation and Maintenance
9) Deforestation; Conservation of Forests
English
Noun Gender (Number Of Videos: 2)
1) Noun Gender
2) Neuter Gender
Alphabet (Number Of Videos: 1)
1) Vowels and Consonants
Parts of Speech (Number Of Videos: 10)
1) Parts of Speech
2) Nouns
3) Pronouns
4) Adjectives
5) Verbs
6) Adverbs – 1
7) Adverbs – 2
8) Proposition – 1
9) Preposition – 2
10) Conjunctions
Types of Nouns (Number Of Videos: 5)
1) Introduction to Nouns and Proper Nouns
2) Common Noun and Collective Noun
3) Countable and Uncountable Nouns – Part 1
4) Countable and Uncountable Nouns – Part 2
5) Concrete and Abstract Nouns
Noun Cases (Number Of Videos: 4)
1) Noun Cases
2) Objective Case / Accusative Case
3) Possessive Case
4) Vocative Case
Noun Number (Number Of Videos: 3)
1) Noun Number – Singular – Plural Rules 1,2,3,4
2) Noun Number – Singular – Plural Rules 5,6,7,8,9,10
3) Noun Number – Singular – Plural Rules 11,12
Compound Nouns (Number Of Videos: 3)
1) Compound Nouns – Part 1
2) Compound Nouns – Part 2
3) Compound Nouns – Part 3
Articles (Number Of Videos: 4)
1) Articles – 1
2) Articles – 2
3) Definite Article “THE” – Part 1
4) Definite Article “THE” – Part 2
Verb (Number Of Videos: 3)
2) Verb-2
3) Verb-3
Subject Verb Agreement (Number Of Videos: 2)
2) Subject Verb Agreement -2
Pronouns (Number Of Videos: 6)
2) Personal Pronouns as Subject and Object
3) Relative Pronoun – Demonstrative Pronoun
4) Indefinite Pronouns – 1
5) Indefinite Pronouns – 2
6) Reflexive Pronouns
Tenses (Number Of Videos: 6)
2) Present Tense – 1
3) Present Tense – 2
4) Past Tense – 1
5) Past Tense – 2
6) Future Tense
Figures of Speech (Number Of Videos: 4)
2) Figures of Speech – 2
3) Figures of Speech – 3
4) Figures of Speech – 4
Nouns (Number Of Videos: 2)
2) Types of Nouns
Adjectives (Number Of Videos: 5)
2) Adjectives – 2
3) Adjectives – 3
4) Types of Adjectives -1
5) Types of Adjectives -2
Articles (Number Of Videos: 2)
2) Definite Articles
Auxiliary Verbs (Number Of Videos: 3)
2) Auxiliary Verbs -2
3) Auxiliary Verbs -3
Sentences (Number Of Videos: 4)
2) The Sentence – Part 2
3) Types of Sentences – Part 1
4) Types of Sentences – Part 2
Phrases and Clauses (Number Of Videos: 2)
2) Types of Clauses
Idioms (Number Of Videos: 5)
2) Idioms – Part 2
3) Idioms – Part 3
4) Idioms – Part 4
5) Idioms – Part 5
Question tags (Number Of Videos: 1)
Pronouns (Number Of Videos: 2)
2) Possessive Pronoun
Verbs (Number Of Videos: 1)
Parts of a Sentence (Number Of Videos: 2)
2) Parts of a Sentence -2
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